Muhammad Shahzad1, Arif Iqbal Umar1, Syed Hamad Shirazi1, Muhammad Tariq Pervez2*, Zakir Khan1, Waqas Yousaf1
HCDP: HEPATITIS C DATA BANK OF PAKISTAN
...ces, find out N/O-linked glycosylation, Methylation, Ser/Tyr/Thr-phosphorylation, Methylation and ubiquitination sites in the protein sequences, motif/signature sub-sequences pattern, visual appearance of protein/nucleotide sequences for analysis of different sites, visual representation of multiple sequence alignments using colour code along with motif finding/conserved region in the sequence and analysing of graphical structure of phyloge...
Fan Sigang1, Guo Yihui1* and Xu Youhou2
...hways related to protein glycosylation, fatty acid biosynthetic processes, hydrolase activity, and AMPK were enriched in the ovary, whereas those related to male organ formation and spermiogenesis were enriched in the testis. The glycosphingolipid biosynthesis pathway was identified for the first time in a mollusc testis.The present study provides the first transcriptomic analysis of C. nobilis, which will help clarify the molecular mechanisms of gonada...
Rehman Shahzad1, Saba Irshad1* and Faisal Amin2
...Pak/436/2019 contain six glycosylation sites instead of seven as found in their ancestral strains. A comparative analysis of neuraminidase amino-acids sequences of B2 sub-lineage with Y- 280 lineage and B1 sub-lineage demonstrated that there were no human related substitutions, insertion or deletions in hem-absorbing site and loop of H9N2 isolates. Two unique substitutions, Gln39Arg and Lys47Glu have been noted in NA stalk domain of all isolates of this study ...
Mohamed. E. Taha1, Mohamed S. Ahmed2, Ahmed I. Ahmed2, Amany Adel3, Salama Rehab4,5*, Nabila Osman2**
...9%). Also, six of the N-glycosylation sites were identical to the Hong Kong isolate “HK/G1/97”, while the other two glycosylation sites at amino acid residues “188–191” and “200–203” were mutated. The phylogenetic analysis clearly highlights the aggregation of the sequenced AIV H9 isolates with the Egyptian H9N2 viruses G1 lineage in the group B and the Israeli strains. Althou...
Fei Wang1, Xiaofen Hu1, Feng Wen2, Xiaoen Tang3, Shanshan Yang1, Shengwei Zhong1, Zuohong Zhou1, Xu Yuan1 and Yong Li1,*
...re, it consists of one N-glycosylation site and 17 phosphorylation sites, and the secondary structure contains 50.76% of alpha helix, 5.30% of beta turn, 9.09% of extended strand, and 34.85% of random coil. Phylogenetic tree analysis shows that Wahui pigeon hold the close relative characteristics with chicken, turkey, and Taeniopygia guttata. Besides its conservative evolutional characteristic, the simple structure, subcellular localization, hydrophobicity and...
Ayesha Ahsan1, Rabia Arif2*, Samina Nazir1, Muhammad Saleem2 and Memunna G. Shahid1
...ers. Phosphorylation and glycosylation in different species of Sordaria as well as N. crassa was calculated on Serine (S), Tyrosine (Y) and Threonine (T) residues by NetPhos and YinOYang....
Fabrice Mutijima; Mostafa Basiony; Morihisa Fujita*
Novel Research in Microbiology Journal (2020), 4(4): 856-867
...ein degradation, protein glycosylation, response to ER stress, in addition to providing substrate for energy metabolism and for membrane synthesis. In general, TAG and phosphatidylinositol (PI) synthesis share the same precursor; phosphatidic acid (PA), which controls their level. By the actions of lipases, phosphatases and/or kinases; one can act as a precursor for another, thus explaining the reason of their inverse correlation. TAG lipolysis is catalyzed by...
